Package index
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Earth_poly() - Function to define the boundary Earch polygon in longlat projection for a given resolution.
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INLAspacetime() - Spatial and Spatio-Temporal Models using INLA
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Jmatrices() - The 2nd order temporal matrices with boundary correction
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stlines()stpoints() - To visualize time series over space.
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ar2cov() - Illustrative code to compute the covariance of the second order autoregression (AR2) model.
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ar2precision() - Precision matrix for an AR2 model.
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barrierModel.define() - Define a spacetime model object for the
f()call.
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bru_get_mapper.stModel_cgeneric() - Mapper object for automatic inlabru interface
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cWhittleMatern() - Computes the Whittle-Matern correlation function.
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downloadUtilFiles() - Download files from the NOAA's GHCN daily data
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ghcndSelect() - Select data from the daily dataset
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mesh.dual() - Extracts the dual of a mesh object.
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mesh2d() - Illustrative code for building a mesh in 2d domain.
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mesh2fem()mesh2fem.barrier() - Illustrative code for Finite Element matrices of a mesh in 2d domain.
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mesh2projector() - Illustrative code to build the projector matrix for SPDE models.
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outDetect() - Detect outliers in a time series considering the raw data and a smoothed version of it.
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lgsConstant()params2gammas()gammas2params() - Functions to help converting from/to user/internal parametrization. The internal parameters are 'gamma_s, 'gamma_t', 'gamma_E' The user parameters are 'r_s', 'r_t', 'sigma'
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Heron()Area()s2trArea()flatArea()Stiffness() - Internal util functions for polygon properties.
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spde2precision() - Illustrative code to build the precision matrix for SPDE kind models.
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stModel.define() - Define a spacetime model object for the
f()call.
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stModel.matrices() - Define the spacetime model matrices.
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stModel.precision() - Spacetime precision matrix.
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stats.inla() - To retrieve goodness of fit statistics for a specific model class.
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stdSubs() - To check unusual low/high variance segments
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upperPadding() - Prepare a matrix or a list of matrices for use in some 'cgeneric' code.
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worldMap() - Helper functions to retrieve the world map, a world polygon, and create grid centers.
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world_grid() - Define a regular grid in 'Mollweide' projection, with units in kilometers.